Which statements are true about proper buddy positioning during an alternate-air-source ascent?

Which statements are true about proper buddy positioning during an alternate-air-source ascent?

• A. Both divers use their right hands to hold on to the other's forearm or BC shoulder strap.
• B. Both divers use their left hands to grasp the BC's deflation mechanism to control rate of ascent.
• C. Both divers maintain eye contact with one another, but offset themselves slightly so as not to kick the other's fins.
• D. All of the above.

Answer: (D)

Staying connected, controlling buoyancy, and communicating are essential when performing an ascent using an alternate air source. Right-hand contact by gripping the other's forearm or BC shoulder strap keeps you physically connected, making it easier to assist and preventing separation as you rise. Left-hand control of the deflation mechanism on the buddy’s BCD lets you vent air deliberately, so you can manage buoyancy and maintain a smooth, controlled ascent rather than an uncontrolled rush upward. Maintaining eye contact while offset to avoid kicking each other’s fins ensures you can read cues and stay aware of your buddy’s status without interference. Taken together, these elements provide a safe, coordinated ascent under air-sharing conditions.

Staying connected, controlling buoyancy, and communicating are essential when performing an ascent using an alternate air source. Right-hand contact by gripping the other's forearm or BC shoulder strap keeps you physically connected, making it easier to assist and preventing separation as you rise. Left-hand control of the deflation mechanism on the buddy’s BCD lets you vent air deliberately, so you can manage buoyancy and maintain a smooth, controlled ascent rather than an uncontrolled rush upward. Maintaining eye contact while offset to avoid kicking each other’s fins ensures you can read cues and stay aware of your buddy’s status without interference. Taken together, these elements provide a safe, coordinated ascent under air-sharing conditions.